EverFortune AI's PACS (Picture Archiving and Communication System) is a sophisticated system designed to manage the transmission of digital medical imagery data. The system permits display, processing, storage, and transmission of images that comply with DICOM protocols. It offers streamlined storage of patient images and related information. Furthermore, the system supports an array of image manipulation options, including selection, digital operation, and measurement functionalities. The system's capabilities extend to calculating radial ulnar deviation, elliptical area measurement, and measuring the area, average pixel values, and standard deviation within a selected rectangular region.
- Comprehensive Image Management: PACS allows for the effective management of digital medical imagery transmission, adhering to DICOM protocol standards.
- Effective Storage and Retrieval: The system provides a streamlined method for storing and retrieving patient images and information, enabling quick access when required.
- Advanced Image Manipulation: It offers an array of image manipulation options, including digital operations and complex measurements.
- Detailed Measurements: The PACS system provides detailed measurements, such as radial ulnar deviation, mean pixel values, and standard deviation within designated areas.
- Wide Application: The system's capacity to support various medical imagery AI enhances its usefulness in diverse medical fields, earning it the epithet of 'aircraft carrier of medical AI'.
EverFortune AI's PACS (Picture Archiving and Communication System) is a sophisticated system designed to manage the transmission of digital medical imagery data. The system permits display, processing, storage, and transmission of images that comply with DICOM protocols. It offers streamlined storage of patient images and related information. Furthermore, the system supports an array of image manipulation options, including selection, digital operation, and measurement functionalities. The system's capabilities extend to calculating radial ulnar deviation, elliptical area measurement, and measuring the area, average pixel values, and standard deviation within a selected rectangular region.
- Comprehensive Image Management: PACS allows for the effective management of digital medical imagery transmission, adhering to DICOM protocol standards.
- Effective Storage and Retrieval: The system provides a streamlined method for storing and retrieving patient images and information, enabling quick access when required.
- Advanced Image Manipulation: It offers an array of image manipulation options, including digital operations and complex measurements.
- Detailed Measurements: The PACS system provides detailed measurements, such as radial ulnar deviation, mean pixel values, and standard deviation within designated areas.
- Wide Application: The system's capacity to support various medical imagery AI enhances its usefulness in diverse medical fields, earning it the epithet of 'aircraft carrier of medical AI'.